Ministry of Science & Technology
Union Minister Dr Jitendra Singh says, battery operated vehicles pose a major demand in inventions of battery storage technology and battery recycling technology
Government is supporting research to develop indigenous capabilities in the area of Lithium-ion  battery electrode materials, cells and battery packs for Electric Vehicles : Dr Jitendra Singh
Union Minister of State  Science & Technology; MoS PMO, Personnel, Public Grievances, Pensions, Atomic Energy and Space, Dr Jitendra Singh today said, battery operated vehicles pose a major demand in inventions of battery storage technology and battery recycling technology.
In a written reply to a question in the Lok Sabha, Dr Jitendra Singh informed that all Electric Vehicles  have energy storage systems, typically batteries to power the vehicle, which requires advancement in storage technologies to make it affordable and attractive in market adoption. He said, in order to balance the supply of raw materials for batteries and keeping in view the thrust on sustainability & circular economy, inventions in battery recycling technologies are also important.
The Minister informed that the Government is supporting research to develop indigenous capabilities in the area of Lithium-ion  battery electrode materials, cells and battery packs for EVs. Several research projects with significant funding are in progress with an aim to enable indigenous development of battery technologies. Department of Science & Technology  have supported approximately thirty- two R&D-related projects in the area of battery storage, which resulted in several publications and lab level prototypes. Indian Institute of Technology Bhubaneswar & Indian Institute of Technology Kharagpur has developed a Sodium  ion battery pack, a battery management system, a charger, and a cell balancing system for e-bicycle. In addition; two battery recycling technology research projects are also being supported.
Central Electro Chemical Research Institute, , a lab under Council of Scientific and Industrial Research  has established a small scale  Lithium- ion cell manufacturing line at its Chennai unit. CSIR also initiated a Bulk Chemical Mission Project to develop a technology that dismantles 100kg spent Lithium Ion Battery s and can extract all metals from LIB electrode material and demonstrate at 1kg product level.
The key challenge faced by the Government in the research of battery storage technologies is primarily in sourcing of raw materials. Though country’s Lithium-ion  battery requirement is huge, there is no domestic manufacturing of Li-ion batteries at present and the majority of the demand is catered through imports. Further, the important raw material resources required such as Lithium, Cobalt are scarce and needs to be imported. There is no established supply chain for electrode materials and components yet in our country. CSIR-National Metallurgical Laboratory , Jamshedpur has developed and patented CSIR’s first holistic process that can tackle any type of Lithium based batteries, to extract and separate high pure salt products from Lithium, Nickel, Cobalt, Manganese, Aluminium, Copper, and Reusable Graphite.
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